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主蒸汽压力对汽轮机动态响应的影响研究

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传统汽轮机模型将锅炉看作一无限大蓄热环节,并未考虑主蒸汽压力的变化,这使得主蒸汽流量仅为阀门开度的函数.然而,实际过程中主蒸汽压力会因锅炉蓄热状态以及汽轮机阀门开度变化会产生波动,并非处于恒定状态.因此若忽略主汽压影响,所建模型仿真精度将严重受限,本文在传统汽轮机模型基础上考虑主蒸汽压力变化因素,建立了更为精细的汽轮机模型,并通过仿真研究了主蒸汽压力对汽轮机动态响应的影响.
Research on the Influence of Main Steam Pressure on the Dynamic Response of Steam Turbines
The traditional steam turbine model considers the boiler as an infinite heat storage unit without considering the changes in main steam pressure,resulting in the main steam flow rate being only a func-tion of valve opening.However,in the actual process,the main steam pressure will fluctuate due to changes in boiler thermal storage status and turbine valve opening,and is not in a constant state.There-fore,if the influence of main steam pressure is ignored,the simulation accuracy of the built model will be severely limited.This article considers the factors of main steam pressure changes on the basis of tradi-tional steam turbine models,establishes a more refined steam turbine model,and studies the impact of main steam pressure on the dynamic response of the steam turbine through simulation.

turbine modelmain steam pressuredynamic responsepeak shaving and frequency modu-lation

陈晓峰、朱龙飞、左川、谢昌亚、仇晓智、赵博冬、郭有福

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国网冀北电力有限公司电力科学研究院,北京 100045

北京京能电力股份有限公司,北京 100025

河北大唐国际张家口热电有限责任公司,河北 张家口 075000

汽轮机模型 主蒸汽压力 动态响应 调峰调频

2024

节能技术
国防科技工业节能技术服务中心

节能技术

CSTPCD
影响因子:0.601
ISSN:1002-6339
年,卷(期):2024.42(1)
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